def signout():
"""
Request:
{
"auth_token": "auth_token"
}
Response [422] (unauthenticated):
{
"errors": {
"UnauthorizedAccess": [
"Attempted to access data without an authenticated player"
]
}
}
Response [422] (signout failure - save error):
{
"errors": {
"SignoutError": [
"Unable to sign out player"
]
}
}
Response [200] (success):
{
"Success": "Player signed out"
}
"""
if get_current_user() and get_current_user().logout():
return render_view('players/show', 200, player={'Success': 'Player signed out'})
else:
return render_view('422', 422, errors=UNABLE_TO_SIGNOUT_ERROR)
def create():
# Get the input validator
inputs = CreateInputs(get_inputs())
# Verify the match creation inputs
if inputs.validate_on_submit():
# Ensure we have a valid game
game = GamesService.get_instance().get(inputs.game_id.data)
if game:
# If an opponent is specified, match with that opponent
if inputs.opponent_id.data:
# Ensure that the opponent is a valid user
opponent = PlayersService.get_instance().get(inputs.opponent_id.data)
if not opponent:
return render_view('422', 422, errors=OPPONENT_NOT_FOUND_ERROR, inputs=inputs.serialized())
# First attempt to find a match already requested by the desired opponent
match = MatchesService.get_instance().get_opponent_match(
game.get_id(), get_current_user(), opponent.get_id()
)
# If the match is found, add the player to it and start the match if it's full
if match:
match.add_player(get_current_user())
# If no match is found, create one that is assigned to the desired opponent,
# but leave it in the waiting state
else:
match = Match(game, get_current_user())
match.add_player(opponent, should_start=False)
# Otherwise, match with a random opponent
else:
# First, attempt to find a match that is looking for an opponent
match = MatchesService.get_instance().get_random_match(game.get_id(), get_current_user())
# If the match is found, add the player to it and start the match if it's full
if match:
match.add_player(get_current_user())
# If no match is found, create one that is waiting for an opponent
else:
match = Match(game, get_current_user())
try:
match.save()
return render_view('matches/show', 201, match=match.serialized)
except Exception as e:
return render_view('422', 422, errors={e.__class__.__name__: [e.message]}, inputs=inputs.serialized())
return render_view('422', 422, errors=GAME_NOT_FOUND_ERROR, inputs=inputs.serialized())
return render_view('422', 422, errors=inputs.errors, inputs=inputs.serialized())
def show(match_id):
# Get the current turn
turn, errors = TurnsService.get_instance().get_player_turn(match_id, get_current_user().get_id())
if not errors:
turn_player = TurnPlayersService.get_instance().get_for_turn_by_player(
turn.get_id(), get_current_user().get_id()
)
# Get the turn_definition_fillers for this turn
turn_definition_fillers = TurnDefinitionFillersService.get_instance().get_list_by_turn(turn.get_id())
# If this player is the selector for this turn
if turn_player.get_is_selector():
# TODO Test SQL for turn.get_match().get_game().get_definition_filler_count() vs turn.match.game.get_definition_filler_count()
if turn.get_match().get_game().get_definition_filler_count() > len(turn_definition_fillers):
pass
return render_view('matches/show', 200, match=match.serialized)
return render_view('422', 422, errors=errors, inputs={'id': match_id})
def index():
# Get the input validator
inputs = ListInputs(get_inputs())
# Verify the list inputs
if inputs.validate():
matches = MatchesService.get_instance().get_list_by_game_for_player(
inputs.game_id.data, get_current_user().get_id(), inputs.limit.data, inputs.offset.data
)
return render_view('matches/index', 200, matches={match.get_id(): match.serialized for match in matches})
return render_view('422', 422, errors=inputs.errors, inputs=inputs.serialized())
